Maximal attainable boost and energy of elementary particles as a
... utilizing the core principle of relativistic quantum mechanics stating that there is a lower bound for localization of an elementary quantum system and the assumption that when the localization scale reaches the Planck length, elementary particles are removed from the S-matrix observables. The limit ...
... utilizing the core principle of relativistic quantum mechanics stating that there is a lower bound for localization of an elementary quantum system and the assumption that when the localization scale reaches the Planck length, elementary particles are removed from the S-matrix observables. The limit ...
Chapter 5
... When = zero, there is only one orientation in space for the orbital When = 1, there are three possible values of m (-1, 0, +1) and thus the porbital has three sub-orbitals. When = 2, there are five possible values of m (-2, -1, 0, +1, +2) and thus the d-orbital has five sub-orbitals. ...
... When = zero, there is only one orientation in space for the orbital When = 1, there are three possible values of m (-1, 0, +1) and thus the porbital has three sub-orbitals. When = 2, there are five possible values of m (-2, -1, 0, +1, +2) and thus the d-orbital has five sub-orbitals. ...
Wheeler`s delayed-choice thought experiment: Experimental
... has to choose its path and will not be sensitive to this path difference, leading to V = 0 when the light-pulse behaves like a particle. Therefore, one has V ≤ pw|c . The anticorrelation parameter α obeys α ≥ 1 for any theory where the light is described by a wave, but decreases to zero for classica ...
... has to choose its path and will not be sensitive to this path difference, leading to V = 0 when the light-pulse behaves like a particle. Therefore, one has V ≤ pw|c . The anticorrelation parameter α obeys α ≥ 1 for any theory where the light is described by a wave, but decreases to zero for classica ...
Science, consciousness and World-View
... dimensions and with the same speeds in a fluid with a large viscosity, such as treacle, and in one with a small viscosity, like water, it is the one with the smaller viscosity that shows the larger turbulence. Introducing a change that is numerically very small can produce huge changes in the overal ...
... dimensions and with the same speeds in a fluid with a large viscosity, such as treacle, and in one with a small viscosity, like water, it is the one with the smaller viscosity that shows the larger turbulence. Introducing a change that is numerically very small can produce huge changes in the overal ...
Chapter 2: Interacting Rydberg atoms
... electric fields, with their polarizability scaling with the principal quantum number like n∗ 7 . This is also the case when the electric field is generated by the charge distribution of the Rydberg electron of another atom, therefore we can expect Rydberg atoms to exhibit very strong interactions. T ...
... electric fields, with their polarizability scaling with the principal quantum number like n∗ 7 . This is also the case when the electric field is generated by the charge distribution of the Rydberg electron of another atom, therefore we can expect Rydberg atoms to exhibit very strong interactions. T ...
Quantum Times
... but we can now view it as a corollary of PBR. If you think about it, this property is quite surprising because we can only extract one or two bits from a qubit (depending on whether we count superdense coding) so it would be natural to assume that a hidden variable state could be specified by a fini ...
... but we can now view it as a corollary of PBR. If you think about it, this property is quite surprising because we can only extract one or two bits from a qubit (depending on whether we count superdense coding) so it would be natural to assume that a hidden variable state could be specified by a fini ...
The speed of quantum information and the preferred frame
... In an optical EPR experiment (Fig. 1), two photons are produced in an entangled state and sent to two analyzing stations A and B. The quantum entanglement manifests itself by the interference fringes that are observed in the coincidence counts of the detectors in A and B. These interferences are pre ...
... In an optical EPR experiment (Fig. 1), two photons are produced in an entangled state and sent to two analyzing stations A and B. The quantum entanglement manifests itself by the interference fringes that are observed in the coincidence counts of the detectors in A and B. These interferences are pre ...
wave-particle duality
... The thought experiment seems to imply that, while prior to experiment we have well defined values, it is the act of measurement which introduces the uncertainty by disturbing the particle’s position and momentum. Nowadays it is more widely accepted that quantum uncertainty (lack of determinism) is i ...
... The thought experiment seems to imply that, while prior to experiment we have well defined values, it is the act of measurement which introduces the uncertainty by disturbing the particle’s position and momentum. Nowadays it is more widely accepted that quantum uncertainty (lack of determinism) is i ...
